Samples of gold and iron were placed in the neutron beam for these PoC measurements. Gold is commonly employed as reference for the normalization of the capture yield via the Saturated Resonance method [1]}. However, in this case gold was only measured to validate the TOF calibration and response of both detection systems. On the other hand, the iron sample (enriched 99% in \(^{56}\) Fe) was measured because of its high scattering-to-capture ratio and its isolated resonance at 1.15 keV. This resonance, in conjunction with the background "plateau" at \(\sim \) 10 keV mostly induced by scattered neutrons was used to systematically evaluate the SBR for both detection systems and under different analysis conditions. Finally, to monitor the detector gain along the experiment a \(^{152}\) Eu radioactive source with 14 kBq of activity was placed at about 10 cm distance from i-TED.
